Ti 01 - DLyte MIX MSA PLUS-S Electrolyte

Perfect surface finish by selecting the best electrolyte 
The material to be treated is a decisive factor in determining the appropriate electrolyte formulation and process parameters. There are many factors that need to be considered when treating a material, such as its composition, density and hardness. The DLyte team of experts has extensive knowledge of different metals and alloys and can determine the best electrolyte formulation and process parameters for each material.

Size and geometry
By using particles with different sizes and geometries, parts with different geometries can be treated effectively as hard-to-reach areas are reached, maximising the surface area that comes into contact with the electrolyte and resulting in a more uniform and thorough treatment of the material; this technique offers an efficient and versatile solution for different material processing requirements.

Elastic deformation
By tuning the elasticity of the electrolyte particles, excellent surfaces can be achieved with exceptional precision and speed, characterised by differences in brightness, homogeneity and removal rate, among other things. This technique offers excellent versatility in a range of material processing applications, whether in single-stage or multi-stage consumable processes.

Chemical formulation
Tailored electrolyte formulations are essential to achieve high quality finishes while minimising material removal and maximising productivity. By customising the formulation to specific requirements and industry regulations, this technique provides an efficient and versatile solution for a wide range of material finishing requirements, including aqueous or oil-based solutions, additives and acids.

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